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Computational Modeling in Concert with Laboratory Studies: Application to B Cell Differentiation
Citation:
CONOLLY, R. Computational Modeling in Concert with Laboratory Studies: Application to B Cell Differentiation. Presented at Dioxin Toxicity: Mechanisms, Models, & Potential Health Risks, Michigan State University Superfund Program Workshop, East Lansing, MI, October 20 - 21, 2008.
Impact/Purpose:
Remediation is expensive, so accurate prediction of dose-response is important to help control costs. Dose response is a function of biological mechanisms. Computational models of these mechanisms improve the efficiency of research and provide the capability for prediction.
Description:
Remediation is expensive, so accurate prediction of dose-response is important to help control costs. Dose response is a function of biological mechanisms. Computational models of these mechanisms improve the efficiency of research and provide the capability for prediction.